Supero by G nous Tech provides software and AI that optimize robotic automation in factories. Its platform combines sensing, perception, motion planning, computer vision, and process intelligence to…
Supero by G nous Tech provides software and AI that optimize robotic automation in factories. Its platform combines sensing, perception, motion planning, computer vision, and process intelligence to…
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At
Supero
, we are redefining how robots interact with materials and people. We develop cutting-edge AI-powered collaborative robotic systems for surface finishing and advanced manufacturing applications.
Supero is seeking a
Robotics and Automation Engineer
to support the development and deployment of our innovative products. In this role, you will contribute to the design and implementation of physical AI-driven robotics automation solutions, working closely with the leadership team. Depending on your level of experience, the position may be offered as an
internship
or as a
direct employment opportunity
.
Where you will be involved
Design, implement and deploy robotic solutions, with particular focus on surface finishing robot workstations.
Study, select and integrate system components such as surface finishing systems, external axes, vision systems, tailored to specific applications.
Perform feasibility analysis and define technical specifications and functional requirements of robotic automation systems.
Work closely with the customer to understand the manufacturing process by observing operations, taking measurements, reviewing CAD files, and documenting machinery.
Drafting detailed technical specifications, align vendors on requirements, and support technical and cost evaluations.
Collaborate with product and engineering teams to improve the customer experience and system performances.
Who we are looking for
Nice to have
Familiarity with safety design of robotic cells, including risk assessment, safety PLC configuration (e.g., Siemens S7-1500F with TIA Portal, Bechkoff PLC, Rockwell GuardLogix), programming in IEC 61131-3 languages (Structured Text, Ladder Diagram, Function Block Diagram), design of emergency stop circuits, and compliance with EU Machinery Directive 2006/42/EC, ISO 10218, and ISO/TS 15066 collaborative robot safety standards.
Familiarity with surface finishing processes (sanding, grinding, polishing, deburring) and force-controlled robot applications.
Strong interest in Physical AI, with particular focus on perception-driven surface finishing operations, contact-rich tasks, force/torque sensing, compliance, and adaptive control for real-world surface processing.
What you will find
Collaborative Culture
: you will be working alongside brilliant and motivated people, where knowledge sharing, mutual support, and high standards are at the core of our work.
Immediate Impact: the solutions you design will be implemented directly in industrial environments, delivering measurable improvements in efficiency, quality, and sustainability.
Professional Growth
: as part of a rapidly scaling startup, you will assume significant responsibility from the outset, with clear opportunities to progress into technical leadership and strategic roles.
Agile Environment
: a dynamic and flexible workplace, combining the speed of a startup with a strong focus on excellence and structured execution.
Job type
Depending on the
level of experience
, the role may be offered as an
internship
or as a direct
employment opportunity
.
Place of work
Via Giuseppe Sangiorgi 15, 70124,
Bari
(BA), Italy
Support in defining the long-term automation and robotics roadmap with a strategic perspective.
Bachelor’s or Master’s Degree
in Automation, Mechatronics, Robotics Engineering or a related field.
Excellent knowledge of the
Italian language
(C1 level or equivalent), both written and spoken, required for interactions with clients and internal teams.
Good knowledge of
industrial and collaborative robot manipulators
(e.g., UR, KUKA, ABB, etc.), also gained through academic projects or internships.
Knowledge of
software and tools
which are generally used in
industrial automation and control systems
as PLC, software development (Python, C, C++), robotic simulation environments (e.g. RoboDK).
Interest in the design, development and deployment of
robotic systems
, with hands-on experience from university projects, labs or previous working experience.
Knowledge regarding the main operations concerning the i
ntegration of robotic automation systems
(feasibility analyses, technical specifications and functional requirements).
Knowledge of main
industrial communication protocols
(Ethernet/IP, Profinet, Modbus TCP).
Knowledge of
robotics fundamentals
(kinematics, path planning, collision avoidance, control theory).
Strong
problem-solving
and practical skills, and ability to
work in a team
.
